Tool to help I-V measurements with a given setup.
Currently designed for:
- Keithley 2410 as voltage source, and
- Keithley 6487 for current measurement.
- NI-488.2 OR (preferably) Linux GPIB driver;
- gcc-c++ version ≥ 4.8 to build everything;
- CMake version ≥ 2.8 for the automatic generation of makefiles (see the installation part);
- python-devel for the parsing of configuration files.
Optionally:
- Doxygen for the generation of the documentation (try
make doc_doxygen
and point your browser to file:///path/to/your/ivutils/folder/doc/html/index.html)
cd
to your cloned repository,mkdir build && cd build
to define the location of the library and tests,cmake ..
to generate a personalised Makefile for your system,make
to build the.so
library. You may link it against several tests (see thetest/
directory).
Please note that these operations might need to be performed at every kernel upgrade.
(Re-)compile the linux-gpib-kernel
part of the Linux GPIB package you retrieved from here:
./configure
make
sudo make install
Load the kernel module for e.g. a NI USB bridge.
modprobe ni_usb_gpib
The driver should be selected through the gpib.conf
configuration file (usually in /usr/local/etc/gpib.conf
):
- locate the
interface
block - edit the
board_type
toni_usb_b
- load the configuration:
gpib_configure
Prior to any cmake
procedure, ensure that you have a reasonably recent gcc
version (i.e. ≥ 4.8.X
).
On SLC6, you may pick it up through the following procedure:
-
first time setup (as root user):
wget -O /etc/yum.repos.d/slc6-devtoolset.repo http://linuxsoft.cern.ch/cern/devtoolset/slc6-devtoolset.repo yum install devtoolset-2
-
environment enabling (at each login, for the user/terminal in charge):
scl enable devtoolset-2 bash
Note: if you ran any cmake|make
command listed above before this procedure, you need to clean the cmake
cache.
Usually, this can be done through (in your build/
directory!):
rm -rf CMake*